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Dysprosium
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- Dysprosium is a metallic
chemical element in the lanthanide group of the periodic table of
elements with the symbol Dy and atomic number 66.
- Dysprosium and holmium have
the highest magnetic strengths of the elements and especially at low
temperatures.
- It is a soft and silvery
rare earth element used in nuclear research. It reacts with cold water
and rapidly dissolves in acids.
- It never encountered as the
free element, but is found in many minerals and it has also been
considered for use in diesel engine fuel injectors.
- This type of metal is
available commercially so it is not normally necessary to make it in the
laboratory and it which is just as well as it is difficult to isolate as
the pure metal.
- It is a critical rare earth
metal because it has many uses and is expected to be used even more
widely in the future as technology advances.
- Laser materials use
dysprosium when used with other rare earth metals as well as
vanadium.
- It has one of the highest
magnetic strengths of any element, and it may be used to raise the
coercively of high-strength magnets such as those used for hybrid
car motors.
- Dysprosium
does not have any known biological properties and the compounds are of
low to moderate toxicity, although their toxicity has not been
investigated in detail.
- It
occurs along with other so-called rare-earth or lanthanide elements in a
variety of minerals such as xenotime, fergusonite, gadolinite,
polycrase, blomstrandine & etivenite.
- Other dysprosium compounds
are dysprosium fluoride, dysprosium iodide and dysprosium
sulfate.
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Technology
- Properties of
dysprosium
- Nature of magnetic
anisotropy of dysprosium
- Dysprosium nanowire modified
carbon paste electrode
- Trapping Ultracold
Dysprosium
- Important Role of
Dysprosium
Msds
- Msds of Dysprosium
- Data sheet of Dysprosium
- Dysprosium chloride
hexahydrate
- Dysprosium nitride
- Dysprosium AA
Standard
- Dysprosium Oxide
Process
- Crystal structure of
dysprosium
- Dysprosium induced silyl
radical reactions
- Production of
Dysprosium
- Magnetic resonance in
dysprosium
- Dysprosium as a indicator in
cattle digestion
Patent
- Methods of forming a
dielectric containing dysprosium
- Preparing silica-
dysprosium oxide
- Dysprosium- iron
magnetostrictive materials and devices
Guidelines
- Introduction
dysprosium
- Spectroscopy
of
dysprosium
- Innovative dysprosium
- Dysprosium self
sufficiency
- Synthesis of
dysprosium
Company &
Consultancy
- Company from Mumbai
- Company from China
- Company1 from China
- Company2 from China
- Consultancy from UK
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Mining
- Company - Canada
- Green Tech Relies on Dirty
Mining in China
- Dysprosium
Market
- Japanese rare earth market
update
- Dysprosium Price
Gains
- Exploring the rare earths
market
Report
- Dysprosium and Yttrium
Discovery
- Ucore Reports
Dysprosium
- Dysprosium aluminium foils
in water
Uses
- Application of
dysprosium
- Catalytic CO oxidation on a
dysprosium
- Dysprosium hafnate as
absorbing material
- Measurements on single
crystals of dysprosium
Effect
- Anisotropy of the hall
effect in dysprosium
- effect of mononitride
containing gadolinium and
dysprosium
- Effects of dysprosium
Study
- Anisotropic sub doppler
laser cooling in dysprosium
- Magnetic relaxation in
dysprosium
- Determination of
dysprosium
- Study of photoelectret
effect in dysprosium
- Magnetic transitions in
dysprosium
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